You have a range of standard solutions for every element that you analyze, and you calibrate each time when you begin analysis of each element in a batch of samples. For example if you want to analyze Cadmium and Lead in a batch of 20 samples, you analyze Cadmium first in all 20, and then you do Lead in all 20. You calibrate for Cadmium before you start the batch, and later you calibrate for lead before you restart the batch for Lead.
So would you have to have a range of standard solutions for every test that you do? I mean, would you go through this entire process for every test? Or would you just use a calibration curve that you had before?
Thanks for the video by the way, it's gold. It has really helped me with my studies :)
nice
yamnaize 2 days ago
"to create atoms" ? keep studying !
TheFrostymountains 4 weeks ago
You have a range of standard solutions for every element that you analyze, and you calibrate each time when you begin analysis of each element in a batch of samples. For example if you want to analyze Cadmium and Lead in a batch of 20 samples, you analyze Cadmium first in all 20, and then you do Lead in all 20. You calibrate for Cadmium before you start the batch, and later you calibrate for lead before you restart the batch for Lead.
HariElayath 5 months ago
So would you have to have a range of standard solutions for every test that you do? I mean, would you go through this entire process for every test? Or would you just use a calibration curve that you had before?
Thanks for the video by the way, it's gold. It has really helped me with my studies :)
norez12 8 months ago
Thanks for the overview, it helped me with my homework lol.
aneal138 10 months ago
cool
coolliger 1 year ago